Scientists solve the mysterious origins of the Stonehenge megalith


The truth is not out there.

Scientists say they have finally indicated the origins of the megaliths at the 5,000-year-old Stonehenge monument.

Fifty of the 52 large-scale sandstone mustards, as they are called, were used at the memorial, about 15 miles from Wiltshire’s West Woods, with researchers Wednesday conducting a geochemical test to ascertain their origins. Announced after use.

Stonehenge was erected in 2500 BCE, with the tallest being 30 feet high and the heaviest weighing 30 tons.

The small bluestones at Stonehenge have a different origin story. Those stones have already been traced back to Pembrokshire, Wales – about 150 miles away. But the source of Sarsons has not been found so far.

“The Saracene stones form the iconic outer circle and central trilithon horseshoe at Stonehenge. They are huge, ”said David Nash, a University of Brighton geomorphologist who led the study.

Researchers will now try to understand how Sortance was transported from Wiltshire to Stonehenge. It is believed that they were drawn on a sledge-like system.

“How they were moved to the site is still really a matter of speculation,” Nash went on. “Given the size of the stones, they were either dragged or taken to Stonehenge on rollers. We do not know the exact route but at least we now have a starting point and an end point. “

Researchers studying part of Stonehenge.
Researchers studying part of Stonehenge.Via REUTERS

The discovery of Nash and his team is based on an analysis of a Saracen stone fragment that was removed from Stonehenge during a conservation effort in the late 1950s. This piece was removed when patrons installed metal rods to stabilize the torn megaliths.

The piece was originally gifted as a souvenir to Robert Phillips, a man who worked for a company that attempted stabilization. Phillips had taken the rock with him when he went to America. He returned the stone to the UK for research in 2018, before he died earlier this year.

The old souvenir was an important specimen for researchers, with officials prohibiting destructive testing at the Stonehenge site, giving them the opportunity to shape the geochemical fingerprint of Saracen.

“I hope that what we have come to know,” Nash said, “will allow people to understand more about the enormous effort involved in building Stonehenge.”

With post wires

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